System and method for acquisition setup and anatomy landmarking of magnetic resonance imaging systems

Abstract

A system and method for acquisition setup and anatomy landmarking for MRI systems are described. A gesture sensing input device generates user motion data. A gesture application identifies a gesture based on the user motion data. A display device displays patient setup information in response to the gesture. An acquisition application generates a setup for an MRI system for a patient based on the gesture and the user motion data.

Description

TECHNICAL FIELD[0001]The subject matter disclosed herein generally relates to setup or configuration of Magnetic Resonance Imaging (MRI) systems. Specifically, the present disclosure addresses a system and method for hands-free acquisition setup, and visual guidance for anatomy landmarking.BACKGROUND[0002]An acquisition workflow of a setup of an MRI procedure starts from the time a patient arrives at the MRI procedure location and is prepared for the scanning procedure. The acquisition workflow may pertain to the interactions between the MRI technologist and the patient. An “in-Room Operating Console” (iROC) enables the MRI technologist to complete pre-examination steps while standing next to the patient. For instance, the iROC enables the MRI technologist to input patient information, cardiac-gating, landmarking and coil setup. Landmarking is the process of identifying scanning areas of the body of the patient. The display of the iROC is typically positioned on top of the bore of t...

AI Technical Summary

Benefits of technology

The patent describes a system and method for helping to set up and configure an MRI machine for a patient. It uses a gesture sensing device to detect the patient's movement and a software application to identify specific movements. The system then displays information about the patient setup on a screen. The technology allows for a more intuitive and efficient way to set up and prepare patients for MRI scans.

Problems solved by technology

This layout is impractical because the MRI technologist has to constantly shift focus between the input console and the display, moving their head up and down where the distance between the two devices can be significantly large.

In addition, the user interface (UI) for entering and editing patient information may be time consuming and not user-friendly, leaving the MRI technologist to finish entering the patient information at an operator console outside the magnet room.

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